Non programming jobs for math majors

  • Context: Math 
  • Thread starter Thread starter Wanderer_
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SUMMARY

The discussion centers on the career prospects for math majors, emphasizing the misconception that programming skills are mandatory for success. Participants highlight alternative career paths such as actuarial sciences, biostatistics, and economics, which leverage mathematical skills without requiring extensive programming. The conversation also critiques the expectation that math majors should excel in programming, suggesting that many fulfilling careers exist that utilize math in practical applications. The importance of exploring diverse job opportunities and reassessing the relationship between math and programming is underscored.

PREREQUISITES
  • Understanding of mathematical concepts and their applications in various fields.
  • Familiarity with career options in actuarial sciences and biostatistics.
  • Basic knowledge of programming concepts, particularly in Python.
  • Awareness of the job market and industry expectations for math graduates.
NEXT STEPS
  • Research career opportunities in actuarial sciences and the qualifications required.
  • Explore the role of biostatisticians in the pharmaceutical industry and necessary skills.
  • Learn about the applications of statistics in finance and Wall Street careers.
  • Investigate programming-lite roles that utilize math skills, such as data analysis and automation.
USEFUL FOR

Math majors, career advisors, and anyone exploring non-programming career paths that leverage mathematical skills.

  • #31
When making difficult decisions, I try to write down a list of the factors which are important to me in the decision-making process. It can be a prioritized list, or a random list which can prioritized later. Prioritizing allows you to make more rigorous decisions.

For example, you could make a list of things which you want to achieve in your career, and order them according to their priority:
1. Doing math
2. Having a lucrative salary
3. Not getting too deeply into debt
4. Avoid becoming a SW engineer

(I made up some random priorities here). Keep this list at hand when comparing whether a career meets these requirements. Refine the list as you better understand why you rejected some careers and favored others.

Write down another list of things which drew you to math:
1. I am curious why mathematical objects behave the way they do.
2. I am good at math.
3. Math requires intense creativity.

Make as many lists as you need.

Choosing a career does not necessarily mean making an exclusive choice of one field over another. You can have a backup or fall-back career plan that is consistent with your lists, just in case it becomes apparent that your primary career choice is not going to happen.
 
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